Researchers at the University of Sheffield have developed a solar-driven process that converts atmospheric carbon dioxide directly into sustainable aviation fuel (SAF), potentially overcoming feedstock limitations and reducing production costs to around . 62 per kilogram. The technology could be deployed at scale in sunny regions like the US, Chile, Spain, South Africa, and China.
Solar-Driven Process Converts CO2 Directly into Sustainable Aviation Fuel
Researchers at the University of Sheffield have developed a solar-driven process that converts atmospheric carbon dioxide directly into sustainable aviation fuel (SAF), potentially overcoming feedstock limitations and reducing production costs to around . 62 per kilogram. The technology could be deployed at scale in sunny regions like the US, Chile, Spain, South Africa, and China. This development has significant implications for aviation industry stakeholders, including airlines

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